two body ephemeris generator - option n0. 3 observatory coordinates and et-utc east longitude(deg) geodetic latitude(deg) height above sea level(m) et-utc(sec) 303.81020 -34.88760 .0 63.00 5.30248829112932 .82159 -.56906 table of minor planet orbital elements and p,q vectors (j2000.0 equinox) yr mn dy hr epoch(j.d.) a(au) e somega(deg) lomega(deg) i(deg) m(deg) p(au) q(au) 1998 1 22 12.0 2450836.00000 3.7299119 .4637044 192.78744 210.62432 6.25747 23.04323 x = .7271054 -.6842769 y = .6390824 .7041837 z = .2507817 .1894478 two body ephemeris (j2000.0 equinox) for Gehrels_2 yr mn dy hr j.d.(ut) r.a. j2000.0 dec. r.a. date dec. delta r az alt tlong tlat theta beta 1998 1 18 12.0 2450832.0 6 20 39. +13 29 50. 6 20 33. +13 29 42. 1.4643 2.3922 243.2 -52.9 95.1 -9.9 155.0 10.0 1998 1 18 14.0 2450832.1 6 20 36. +13 29 59. 6 20 30. +13 29 52. 1.4650 2.3925 189.4 -68.4 95.1 -9.9 154.9 10.1 1998 1 18 16.0 2450832.2 6 20 34. +13 30 9. 6 20 28. +13 30 1. 1.4657 2.3929 125.1 -57.9 95.1 -9.9 154.8 10.1 1998 1 18 18.0 2450832.2 6 20 31. +13 30 19. 6 20 26. +13 30 12. 1.4665 2.3932 98.0 -34.9 95.1 -9.9 154.7 10.1 1998 1 18 20.0 2450832.3 6 20 29. +13 30 30. 6 20 23. +13 30 22. 1.4672 2.3935 80.6 -10.3 95.1 -9.8 154.6 10.1 1998 1 18 22.0 2450832.4 6 20 26. +13 30 40. 6 20 20. +13 30 33. 1.4679 2.3939 63.0 13.1 95.0 -9.8 154.5 10.2 1998 1 18 24.0 2450832.5 6 20 23. +13 30 51. 6 20 18. +13 30 43. 1.4686 2.3942 38.9 32.3 95.0 -9.8 154.4 10.2 1998 1 19 2.0 2450832.6 6 20 20. +13 31 1. 6 20 15. +13 30 53. 1.4694 2.3946 3.9 41.5 95.0 -9.8 154.4 10.2 1998 1 19 4.0 2450832.7 6 20 18. +13 31 11. 6 20 12. +13 31 3. 1.4701 2.3949 327.2 35.2 95.0 -9.8 154.3 10.3 1998 1 19 6.0 2450832.7 6 20 15. +13 31 20. 6 20 9. +13 31 13. 1.4709 2.3952 301.1 17.4 95.0 -9.8 154.2 10.3 1998 1 19 8.0 2450832.8 6 20 12. +13 31 30. 6 20 7. +13 31 22. 1.4716 2.3956 282.7 -5.5 95.0 -9.8 154.1 10.3 1998 1 19 10.0 2450832.9 6 20 10. +13 31 39. 6 20 4. +13 31 32. 1.4724 2.3959 265.8 -30.0 95.0 -9.8 154.0 10.4 1998 1 19 12.0 2450833.0 6 20 8. +13 31 49. 6 20 2. +13 31 41. 1.4732 2.3963 242.1 -53.7 95.0 -9.8 153.9 10.4 1998 1 19 14.0 2450833.1 6 20 5. +13 31 59. 6 19 60. +13 31 51. 1.4739 2.3966 186.5 -68.5 95.0 -9.8 153.8 10.4 1998 1 19 16.0 2450833.2 6 20 3. +13 32 9. 6 19 57. +13 32 1. 1.4747 2.3969 123.7 -57.2 94.9 -9.8 153.8 10.5 1998 1 19 18.0 2450833.2 6 20 0. +13 32 19. 6 19 55. +13 32 12. 1.4754 2.3973 97.3 -34.0 94.9 -9.8 153.7 10.5 1998 1 19 20.0 2450833.3 6 19 58. +13 32 30. 6 19 52. +13 32 23. 1.4761 2.3976 80.0 -9.4 94.9 -9.8 153.6 10.5 1998 1 19 22.0 2450833.4 6 19 56. +13 32 41. 6 19 50. +13 32 33. 1.4769 2.3980 62.2 13.9 94.9 -9.8 153.5 10.6 1998 1 19 24.0 2450833.5 6 19 53. +13 32 52. 6 19 47. +13 32 44. 1.4776 2.3983 37.8 32.9 94.9 -9.8 153.4 10.6 1998 1 20 2.0 2450833.6 6 19 50. +13 33 2. 6 19 45. +13 32 54. 1.4784 2.3987 2.4 41.5 94.9 -9.8 153.3 10.6 1998 1 20 4.0 2450833.7 6 19 48. +13 33 12. 6 19 42. +13 33 5. 1.4791 2.3990 326.0 34.7 94.9 -9.8 153.2 10.6 1998 1 20 6.0 2450833.7 6 19 45. +13 33 22. 6 19 40. +13 33 15. 1.4799 2.3993 300.3 16.5 94.9 -9.8 153.1 10.7 1998 1 20 8.0 2450833.8 6 19 43. +13 33 32. 6 19 37. +13 33 24. 1.4807 2.3997 282.1 -6.4 94.9 -9.8 153.1 10.7 1998 1 20 10.0 2450833.9 6 19 40. +13 33 42. 6 19 35. +13 33 34. 1.4815 2.4000 265.1 -31.0 94.9 -9.8 153.0 10.7 1998 1 20 12.0 2450834.0 6 19 38. +13 33 52. 6 19 32. +13 33 44. 1.4823 2.4004 240.9 -54.6 94.8 -9.8 152.9 10.8 1998 1 20 14.0 2450834.1 6 19 36. +13 34 2. 6 19 30. +13 33 54. 1.4830 2.4007 183.5 -68.6 94.8 -9.8 152.8 10.8 1998 1 20 16.0 2450834.2 6 19 34. +13 34 13. 6 19 28. +13 34 5. 1.4838 2.4010 122.2 -56.4 94.8 -9.8 152.7 10.8 1998 1 20 18.0 2450834.2 6 19 31. +13 34 24. 6 19 26. +13 34 16. 1.4846 2.4014 96.5 -33.1 94.8 -9.8 152.6 10.9 1998 1 20 20.0 2450834.3 6 19 29. +13 34 35. 6 19 23. +13 34 27. 1.4853 2.4017 79.4 -8.6 94.8 -9.8 152.5 10.9 1998 1 20 22.0 2450834.4 6 19 27. +13 34 46. 6 19 21. +13 34 38. 1.4861 2.4021 61.4 14.6 94.8 -9.8 152.4 10.9 1998 1 20 24.0 2450834.5 6 19 24. +13 34 57. 6 19 19. +13 34 49. 1.4869 2.4024 36.7 33.4 94.8 -9.8 152.4 11.0 1998 1 21 2.0 2450834.6 6 19 22. +13 35 7. 6 19 16. +13 34 60. 1.4876 2.4028 1.0 41.5 94.8 -9.8 152.3 11.0 1998 1 21 4.0 2450834.7 6 19 19. +13 35 18. 6 19 14. +13 35 10. 1.4884 2.4031 324.9 34.1 94.8 -9.8 152.2 11.0 1998 1 21 6.0 2450834.7 6 19 17. +13 35 28. 6 19 11. +13 35 20. 1.4892 2.4034 299.6 15.7 94.8 -9.8 152.1 11.0 1998 1 21 8.0 2450834.8 6 19 14. +13 35 38. 6 19 9. +13 35 30. 1.4900 2.4038 281.5 -7.3 94.7 -9.8 152.0 11.1 1998 1 21 10.0 2450834.9 6 19 12. +13 35 48. 6 19 6. +13 35 41. 1.4908 2.4041 264.5 -31.9 94.7 -9.8 151.9 11.1 1998 1 21 12.0 2450835.0 6 19 10. +13 35 59. 6 19 4. +13 35 51. 1.4916 2.4045 239.7 -55.4 94.7 -9.8 151.8 11.1 1998 1 21 14.0 2450835.1 6 19 8. +13 36 9. 6 19 2. +13 36 1. 1.4924 2.4048 180.6 -68.7 94.7 -9.8 151.8 11.2 1998 1 21 16.0 2450835.2 6 19 6. +13 36 20. 6 19 0. +13 36 12. 1.4932 2.4052 120.9 -55.7 94.7 -9.8 151.7 11.2 1998 1 21 18.0 2450835.2 6 19 4. +13 36 31. 6 18 58. +13 36 23. 1.4940 2.4055 95.8 -32.3 94.7 -9.8 151.6 11.2 1998 1 21 20.0 2450835.3 6 19 1. +13 36 43. 6 18 56. +13 36 35. 1.4948 2.4058 78.7 -7.7 94.7 -9.8 151.5 11.3 1998 1 21 22.0 2450835.4 6 18 59. +13 36 54. 6 18 54. +13 36 46. 1.4955 2.4062 60.7 15.4 94.7 -9.8 151.4 11.3 1998 1 21 24.0 2450835.5 6 18 57. +13 37 5. 6 18 51. +13 36 57. 1.4963 2.4065 35.5 33.9 94.7 -9.8 151.3 11.3 1998 1 22 2.0 2450835.6 6 18 54. +13 37 16. 6 18 49. +13 37 8. 1.4971 2.4069 359.6 41.5 94.7 -9.7 151.2 11.4 1998 1 22 4.0 2450835.7 6 18 52. +13 37 27. 6 18 46. +13 37 19. 1.4979 2.4072 323.8 33.6 94.7 -9.7 151.1 11.4 1998 1 22 6.0 2450835.7 6 18 50. +13 37 38. 6 18 44. +13 37 30. 1.4987 2.4076 298.9 14.9 94.6 -9.7 151.1 11.4 1998 1 22 8.0 2450835.8 6 18 48. +13 37 48. 6 18 42. +13 37 40. 1.4995 2.4079 280.9 -8.2 94.6 -9.7 151.0 11.4 1998 1 22 10.0 2450835.9 6 18 45. +13 37 58. 6 18 40. +13 37 51. 1.5004 2.4082 263.8 -32.8 94.6 -9.7 150.9 11.5 1998 1 22 12.0 2450836.0 6 18 43. +13 38 9. 6 18 38. +13 38 1. 1.5012 2.4086 238.4 -56.2 94.6 -9.7 150.8 11.5 1998 1 22 14.0 2450836.1 6 18 41. +13 38 20. 6 18 36. +13 38 12. 1.5020 2.4089 177.7 -68.7 94.6 -9.7 150.7 11.5 1998 1 22 16.0 2450836.2 6 18 40. +13 38 31. 6 18 34. +13 38 23. 1.5028 2.4093 119.5 -54.9 94.6 -9.7 150.6 11.6 1998 1 22 18.0 2450836.2 6 18 38. +13 38 43. 6 18 32. +13 38 35. 1.5036 2.4096 95.1 -31.4 94.6 -9.7 150.5 11.6 1998 1 22 20.0 2450836.3 6 18 35. +13 38 54. 6 18 30. +13 38 46. 1.5044 2.4100 78.1 -6.8 94.6 -9.7 150.4 11.6 1998 1 22 22.0 2450836.4 6 18 33. +13 39 6. 6 18 28. +13 38 58. 1.5052 2.4103 59.9 16.2 94.6 -9.7 150.4 11.7 1998 1 22 24.0 2450836.5 6 18 31. +13 39 18. 6 18 25. +13 39 9. 1.5060 2.4107 34.4 34.4 94.6 -9.7 150.3 11.7 1998 1 23 2.0 2450836.6 6 18 29. +13 39 29. 6 18 23. +13 39 21. 1.5068 2.4110 358.2 41.4 94.6 -9.7 150.2 11.7 1998 1 23 4.0 2450836.7 6 18 27. +13 39 40. 6 18 21. +13 39 32. 1.5076 2.4113 322.7 33.0 94.5 -9.7 150.1 11.7 1998 1 23 6.0 2450836.7 6 18 24. +13 39 51. 6 18 19. +13 39 43. 1.5085 2.4117 298.2 14.1 94.5 -9.7 150.0 11.8 1998 1 23 8.0 2450836.8 6 18 22. +13 40 1. 6 18 17. +13 39 53. 1.5093 2.4120 280.4 -9.1 94.5 -9.7 149.9 11.8 1998 1 23 10.0 2450836.9 6 18 20. +13 40 12. 6 18 15. +13 40 4. 1.5101 2.4124 263.2 -33.7 94.5 -9.7 149.8 11.8 1998 1 23 12.0 2450837.0 6 18 19. +13 40 23. 6 18 13. +13 40 15. 1.5110 2.4127 237.1 -56.9 94.5 -9.7 149.7 11.9 1998 1 23 14.0 2450837.1 6 18 17. +13 40 34. 6 18 11. +13 40 26. 1.5118 2.4131 174.7 -68.7 94.5 -9.7 149.7 11.9 1998 1 23 16.0 2450837.2 6 18 15. +13 40 46. 6 18 9. +13 40 37. 1.5126 2.4134 118.3 -54.2 94.5 -9.7 149.6 11.9 1998 1 23 18.0 2450837.2 6 18 13. +13 40 57. 6 18 7. +13 40 49. 1.5135 2.4138 94.4 -30.5 94.5 -9.7 149.5 11.9 1998 1 23 20.0 2450837.3 6 18 11. +13 41 9. 6 18 5. +13 41 1. 1.5143 2.4141 77.5 -6.0 94.5 -9.7 149.4 12.0 1998 1 23 22.0 2450837.4 6 18 9. +13 41 21. 6 18 3. +13 41 13. 1.5151 2.4144 59.1 16.9 94.5 -9.7 149.3 12.0 1998 1 23 24.0 2450837.5 6 18 7. +13 41 33. 6 18 1. +13 41 25. 1.5159 2.4148 33.2 34.8 94.5 -9.7 149.2 12.0 1998 1 24 2.0 2450837.6 6 18 5. +13 41 45. 6 17 59. +13 41 36. 1.5167 2.4151 356.8 41.4 94.5 -9.7 149.1 12.1 1998 1 24 4.0 2450837.7 6 18 3. +13 41 56. 6 17 57. +13 41 48. 1.5176 2.4155 321.7 32.4 94.4 -9.7 149.1 12.1 1998 1 24 6.0 2450837.7 6 18 1. +13 42 7. 6 17 55. +13 41 59. 1.5184 2.4158 297.5 13.3 94.4 -9.7 149.0 12.1 1998 1 24 8.0 2450837.8 6 17 59. +13 42 18. 6 17 53. +13 42 10. 1.5193 2.4162 279.8 -10.0 94.4 -9.7 148.9 12.2 1998 1 24 10.0 2450837.9 6 17 57. +13 42 29. 6 17 51. +13 42 21. 1.5201 2.4165 262.5 -34.6 94.4 -9.7 148.8 12.2 1998 1 24 12.0 2450838.0 6 17 55. +13 42 40. 6 17 50. +13 42 32. 1.5210 2.4169 235.8 -57.7 94.4 -9.7 148.7 12.2 1998 1 24 14.0 2450838.1 6 17 54. +13 42 51. 6 17 48. +13 42 43. 1.5218 2.4172 171.9 -68.6 94.4 -9.7 148.6 12.2 1998 1 24 16.0 2450838.2 6 17 52. +13 43 3. 6 17 46. +13 42 55. 1.5227 2.4176 117.0 -53.4 94.4 -9.7 148.5 12.3 1998 1 24 18.0 2450838.2 6 17 50. +13 43 15. 6 17 44. +13 43 7. 1.5235 2.4179 93.7 -29.6 94.4 -9.7 148.4 12.3 1998 1 24 20.0 2450838.3 6 17 48. +13 43 27. 6 17 43. +13 43 19. 1.5244 2.4183 76.8 -5.1 94.4 -9.7 148.4 12.3 1998 1 24 22.0 2450838.4 6 17 46. +13 43 39. 6 17 41. +13 43 31. 1.5252 2.4186 58.3 17.6 94.4 -9.7 148.3 12.4 1998 1 24 24.0 2450838.5 6 17 44. +13 43 52. 6 17 39. +13 43 43. 1.5260 2.4189 32.1 35.3 94.4 -9.6 148.2 12.4 1998 1 25 2.0 2450838.6 6 17 42. +13 44 3. 6 17 37. +13 43 55. 1.5269 2.4193 355.4 41.3 94.4 -9.6 148.1 12.4 1998 1 25 4.0 2450838.7 6 17 41. +13 44 15. 6 17 35. +13 44 7. 1.5277 2.4196 320.7 31.8 94.4 -9.6 148.0 12.4 1998 1 25 6.0 2450838.7 6 17 39. +13 44 26. 6 17 33. +13 44 18. 1.5286 2.4200 296.8 12.5 94.3 -9.6 147.9 12.5 1998 1 25 8.0 2450838.8 6 17 37. +13 44 37. 6 17 31. +13 44 29. 1.5295 2.4203 279.2 -10.9 94.3 -9.6 147.8 12.5 1998 1 25 10.0 2450838.9 6 17 35. +13 44 49. 6 17 29. +13 44 40. 1.5304 2.4207 261.9 -35.5 94.3 -9.6 147.8 12.5 1998 1 25 12.0 2450839.0 6 17 34. +13 44 60. 6 17 28. +13 44 52. 1.5312 2.4210 234.4 -58.5 94.3 -9.6 147.7 12.6 1998 1 25 14.0 2450839.1 6 17 32. +13 45 12. 6 17 26. +13 45 3. 1.5321 2.4214 169.0 -68.5 94.3 -9.6 147.6 12.6 1998 1 25 16.0 2450839.2 6 17 30. +13 45 24. 6 17 25. +13 45 15. 1.5330 2.4217 115.8 -52.6 94.3 -9.6 147.5 12.6 1998 1 25 18.0 2450839.2 6 17 29. +13 45 36. 6 17 23. +13 45 28. 1.5338 2.4221 93.0 -28.8 94.3 -9.6 147.4 12.6 1998 1 25 20.0 2450839.3 6 17 27. +13 45 48. 6 17 21. +13 45 40. 1.5347 2.4224 76.2 -4.3 94.3 -9.6 147.3 12.7 1998 1 25 22.0 2450839.4 6 17 25. +13 46 1. 6 17 20. +13 45 52. 1.5355 2.4228 57.5 18.4 94.3 -9.6 147.2 12.7 1998 1 25 24.0 2450839.5 6 17 24. +13 46 13. 6 17 18. +13 46 5. 1.5364 2.4231 30.9 35.7 94.3 -9.6 147.1 12.7 1998 1 26 2.0 2450839.6 6 17 22. +13 46 25. 6 17 16. +13 46 17. 1.5372 2.4234 354.0 41.1 94.3 -9.6 147.1 12.8 1998 1 26 4.0 2450839.7 6 17 20. +13 46 37. 6 17 14. +13 46 29. 1.5381 2.4238 319.7 31.2 94.3 -9.6 147.0 12.8 1998 1 26 6.0 2450839.7 6 17 18. +13 46 48. 6 17 13. +13 46 40. 1.5390 2.4241 296.2 11.7 94.3 -9.6 146.9 12.8 1998 1 26 8.0 2450839.8 6 17 16. +13 46 60. 6 17 11. +13 46 51. 1.5399 2.4245 278.7 -11.8 94.3 -9.6 146.8 12.8 1998 1 26 10.0 2450839.9 6 17 15. +13 47 11. 6 17 9. +13 47 3. 1.5408 2.4248 261.2 -36.4 94.2 -9.6 146.7 12.9 1998 1 26 12.0 2450840.0 6 17 13. +13 47 23. 6 17 8. +13 47 15. 1.5417 2.4252 233.0 -59.2 94.2 -9.6 146.6 12.9 the above minor planet ephemeris is based upon the following ecliptic orbital elements(j2000.0): yr mn dy hr epoch(jd) a(au) e somega(deg) node(deg) i(deg) m(deg) 1998 1 22 12.0 2450836.00000 3.7299119 .4637044 192.78744 210.62432 6.25747 23.04323 explanation of symbols for option 3 : j.d.= julian date(universal time). r.a. and dec. - j2000.0 = topocentric right ascension and declination referred to the mean equator and equinox of j2000.0. r.a. and dec. - date = topocentric right ascension and declination referred to the true equator and equinox of date. r.a. in hours and time minutes, dec. in degrees and arc minutes. delta = topocentric distance of object in astronomical units. r = heliocentric distance of object, in astronomical units. az, alt = azimuth and altitude of object, in degrees. tlong, tlat = topocentric ecliptic longitude and latitude of object, in degrees. theta = sun-earth-object angle, in degrees. beta = sun-object-earth angle, in degrees.